Fig. 8From: The characteristics of insoluble softwood substrates affect fungal morphology, secretome composition, and hydrolytic efficiency of enzymes produced by Trichoderma reeseiThe effect of T. reesei enzyme mixtures on enzymatic hydrolysis performance. Depicted are conversion yields for enzymatic hydrolysis of NBSK (a), LP-STEX (b), and LP-ALKOX (c) with Celluclast (CC) and Celluclast supplemented with BSA (CC + BSA), endo-mannanase (CC + MAN), and concentrated T. reesei QM6a cultivation supernatants (CC + PNBSK, CC + PLP-STEX, and CC + PLP-ALKOX). All reactions were run at a CC protein loading of 20 mg g−1 substrate dry mass. Supplementation of fungal protein, BSA, and mannanase was at a protein loading of 5 mg g−1 substrate dry mass, as detailed in Methods section. As benchmark, hydrolysis reactions with Cellic Cetc3 at 10 (CT10) and 20 (CT20) FPU g−1 dry mass are also depicted. All data represent mean values from duplicate experiments and error bars represent the spreadBack to article page